Publications
Proceedings pro112 : Proceedings of the International RILEM Conference - Materials, Systems and Structures in Civil Engineering 2016 - Segment on Moisture in Materials and Structures
The conference “Materials, Systems and Structures in Civil Engineering – MSSCE 2016” is part of the RILEM week 2016, which consists of a series of parallel and consecutive conference and doctoral course segments on different topics as well as technical and administrative meetings in several scientific organizations. The event is hosted by the Department of Civil Engineering at the Technical University of Denmark and the Danish Technological Institute and it is held at the Lyngby campus of the Technical University of Denmark 15-29 August 2016.
This volume contains the proceedings of the MSSCE 2016 conference segment on “Moisture in Materials and Structures”. The conference segment is organized by the Moisture Research Centre, Lund, Sweden and the RILEM technical committee TC 248-MMB: Methods of measuring moisture in building materials and structures. TC 248-MMB started activities in 2012 and has about 30 members from all over the world. The main objective of the committee is to improve and disseminate knowledge related to moisture measurement in construction materials in various scientific and industrial applications, to quantify uncertainties in various methods, to facilitate meetings between researchers working in the field of moisture measurements in different materials and applications, and to give best practices and recommendations for researchers and/or practitioners.
Some of the papers in these proceedings origin from the work in two COST actions: TU 1404 Service Life of Cement-based Materials and Structures and TU 1301 NORM for Building Materials. The papers from COST TU 1404 are spread across several MSSCE 2016 conference segments and it is planned that a separate set of electronic proceedings for this COST action will be published after the conference.
The present conference segment deals with theory, modeling, and results from experimental investigations with relation to moisture in building materials and structures. The topics covered include water absorption, water vapour permeability, gas permeability in moist materials, drying, moisture distribution, moisture penetration through ceilings, salt transport, degradation, moisture damages, moisture transport models, moisture monitoring, electrical investigation for moisture assessment, moisture flux through cracks, non-destructive measurements, hydrophobic impregnation, hygrothermal behavior and damp-proofing. Most of these topics have relation to the aforementioned RILEM technical committee 248-MMB. The conference segment is attended by more than 35 presenters from university, industry and practice. Hopefully, it will contribute to synthesis of research on and promotion of knowledge transfer from academia to practice. All contributions have been peer reviewed.
Contents
Preface Author(s): Kurt Kielsgaard Hansen, Carsten Rode and Lars-Olof Nilsson |
Pages: 12-12 |
Water absorption into white cement mortars by capillarity Author(s): Chunsheng Zhou, Fangzhou Ren, Wei Wang |
Pages: 14 - 23 |
Calibration samples for the measurement of moisture content in concrete Author(s): Miguel-Ángel Climent, Carlos Antón, Guillem de Vera |
Pages: 24 - 33 |
Prediction of permeability from water vapor sorption isotherm of cement-based materials Author(s): Dongdong Zhang, Kefei Li |
Pages: 34 - 43 |
Gas permeability and electrical resistivity of structural concretes: impact of pore saturation Author(s): Qiang Gui, Minfeng Qin, Kefei Li |
Pages: 44 - 53 |
Drying of cement-based porous materials: a fractional kinetic appraoch Author(s): Qiang Zeng, Dachuan Zheng, Baikun Chen |
Pages: 54 - 63 |
Analysis of wood and biomaterials by dynamic vapor sorption technique Author(s): Majid Naderi, Manaswini Acharya, Damiano Cattaneo, Dan Burnett |
Pages: 64 - 71 |
Full scale laboratory test building for examining moisture penetration through different ceilings Author(s): Thor Hansen, Eva B. Moeller |
Pages: 72 - 81 |
Numerical analysis of salt crystallization in non-isothermal moist porous materials Author(s): Dariusz Gawin, Marcin Koniorczyk, Piotr Konca, Witold Grymin |
Pages: 82-89 |
The hygrothermal performance of a neolithic passage grave Author(s): Lars Aasbjerg Jensen, Poul Klenz Larsen, Tim Padfield |
Pages: 90 - 99 |
Effect of moisture on tuff stone degradation Author(s): Lars Aasbjerg Jensen, Poul Klenz Larsen, Tim Padfield |
Pages: 100 - 109 |
Quantification of time-dependent moisture distributions in cement-based materials Author(s): Peng Zhang, Qing Liu, Dan Li, Yanru Wang, Tiejun Zhao |
Pages: 110 - 119 |
Deterioration of concrete structures due to salt crystallization; influence of salt types and relative humidity Author(s): Jan Sælensminde, S.M Samindi M.K Samarakoon |
Pages: 120 - 127 |
Monitoring and simulating humidity profiles in concrete elements during drying Author(s): Miguel Azenha, José Granja |
Pages: 128 - 137 |
Electrical behavior of hardened cement paste at radio frequency under various moisture saturation degrees Author(s): Gopinandan Dey, Abhijit Ganguli, Bishwajit Bhattacharjee, Tapan Kumar Gandhi |
Pages: 138 - 147 |
Internal relative humidity gradient of concrete under the one-dimensional drying condition Author(s): Shuhui Dong, Shouheng Jiang, Wencui Yang, Yong Ge, Junqing Zhao |
Pages: 148 - 153 |
In situ concrete moisture measurement using gas permeability Author(s): Franck Agostini, Frédéric Skoczylas, Ludovic Potier, Benoit Masson |
Pages: 154 - 163 |
Magnesium-oxide boards cause moisture damage inside facades in new danish buildings Author(s): Kurt Kielsgaard Hansen, Tommy Bunch-Nielsen, Bent Grelk, Carsten Rode |
Pages: 164 - 175 |
The differences in water absorption rates of external thermal insulation composite system Author(s): Edita Smetonaitė, Rosita Norvaišiėnė |
Pages: 176 - 183 |
Sensivity analysis of moisture transport models in the framework of a reliability approach Author(s): Sylvain Pradelle, Mickaël Thiéry, Véronique Baroghel-Bouny |
Pages: 184 - 195 |
Comparison of artificial neural networks and response surface methodology in stone mastic asphalt using waste granite filler Author(s): Sedat Çetin, Murat Caner, Cahit Gürer |
Pages: 196 - 205 |
Conservation of the danube spring zodiac reliefs based on continuous structural health monitoring Author(s): Frank Lehmann, Markus Krüger, Friedrich Grüner |
Pages: 206 - 215 |
Electrical investigations for moisture assessment on civil engineering structures Author(s): Jean-François Lataste |
Pages: 216 - 225 |
Numerical simulation of humidity fields in concrete considering the model code formulation Author(s): Mateus Oliveira, Miguel Azenha, Paulo B. Lourenço |
Pages: 226 - 235 |
A case of peeling Author(s): Anders Nielsen |
Pages: 236 - 242 |
Investigation methodology for moisture damages Author(s): Lars-Olof Nilsson |
Pages: 244 - 253 |
Phenomenologic analysis on the moisture flux through cracks in masonry constructions Author(s): Klaas Calle, Nathan Van Den Bossche |
Pages: 254 - 265 |
Non-destructive measurements of 1H, 23Na and 35Cl profiles in building materials with NMR Author(s): L. Pel, P.A.J. Donkers |
Pages: 266 - 273 |
Investigating the role of moisture on concrete carbonation using single-sided 1H-NMR Author(s): Charlotte Thiel, Robin E. Beddoe, Dirk Lowke, Christoph Gehlen |
Pages: 274 - 281 |
Experiences with hydrophobic impregnations in repair-measures Author(s): Angelika Schießl-Pecka, Christoph Gehlen |
Pages: 282 - 291 |
Hygrothermal behaviour of hollow and filled ceramic masonry blocks Author(s): Balázs Nagy, Elek Tóth |
Pages: 292 - 301 |
Potential of moisture dry-out from concrete wall in estonian climate Author(s): Peep Pihelo, Magnus Lelumees, Targo Kalamees |
Pages: 302 - 311 |
Laboratory models for the assessment of the effectiveness of chemical damp-proofing in masonry: existing methods and some proposals for new fixtures Author(s): Elisa Franzoni, Eric Rirsch, Yuri Paselli |
Pages: 312 - 321 |
Non-destructive wood moisture content measurements using computed tomography scanning Author(s): Owe Lindgren |
Pages: 322 -331 |
On the improvement of hygroscopic capacity of clay based materials Author(s): Lorena F. Dutra, Anne-Cécile Grillet, Nathan Mendes, Monika Woloszyn |
Pages: 332 - 341 |
Study of hygrothermal behavior of very hygroscopic insulation Author(s): Zakaria Slimani, Abdelkrim Trabelsi, Joseph Virgone |
Pages: 342 - 353 |
Development of interior relative humidity due to self-desiccation in blended cementitious system Author(s): Yong Zhang, Guang Ye |
Pages: 354 - 363 |
Moisture transport properties of brick – comparison of exposed, impregnated and rendered brick Author(s): Tessa Kvist Hansen, Søren Peter Bjarløv, Ruut Peuhkuri |
Pages: 364 - 373 |
Non-destructive moisture measurement in building materials using single-sided nuclear magnetic resonance Author(s): Oliver Weichold, Sarah Hutt, Stephanie Keine, Robert Schulte Holthausen |
Pages: 374 - 381 |